package com.ruoyi.swla2.model;

import java.io.Serializable;

public class DmaLeakageCompositionModel implements Serializable {
    /**
     * 漏失流量
     */
    private double lostFlow;
    /**
     * 总漏失孔径预估
     */
    private double leakageAperture;
    /**
     * 漏损水量
     */
    private double leakageFlow;

    /**
     * 物理漏失量
     */
    private double physicalLeakageFlow;

    /**
     * 可控管网漏损量
     */
    private double controllableNetLeakageFlow;

    /**
     * 背景漏失水量
     */
    private double backgroundLeakageFlow;

    /**
     * 水箱、水池的漏损和流溢水量
     */
    private double tankLeakageFlow;

    public double getLostFlow() {
        return lostFlow;
    }

    public void setLostFlow(double lostFlow) {
        this.lostFlow = lostFlow;
    }

    public double getLeakageAperture() {
        return leakageAperture;
    }

    public void setLeakageAperture(double leakageAperture) {
        this.leakageAperture = leakageAperture;
    }

    public double getLeakageFlow() {
        return leakageFlow;
    }

    public void setLeakageFlow(double leakageFlow) {
        this.leakageFlow = leakageFlow;
    }

    public double getPhysicalLeakageFlow() {
        return physicalLeakageFlow;
    }

    public void setPhysicalLeakageFlow(double physicalLeakageFlow) {
        this.physicalLeakageFlow = physicalLeakageFlow;
    }

    public double getControllableNetLeakageFlow() {
        return controllableNetLeakageFlow;
    }

    public void setControllableNetLeakageFlow(double controllableNetLeakageFlow) {
        this.controllableNetLeakageFlow = controllableNetLeakageFlow;
    }

    public double getBackgroundLeakageFlow() {
        return backgroundLeakageFlow;
    }

    public void setBackgroundLeakageFlow(double backgroundLeakageFlow) {
        this.backgroundLeakageFlow = backgroundLeakageFlow;
    }

    public double getTankLeakageFlow() {
        return tankLeakageFlow;
    }

    public void setTankLeakageFlow(double tankLeakageFlow) {
        this.tankLeakageFlow = tankLeakageFlow;
    }
}
